Lizard Anolis

Origin
Green Anolis or Anolis Carolensis, sometimes known as Bahamian Anolis or red-necked Anolis (in reference to the red or pink goiter, present in all male specimens of the Anolis species) is the most common.
Nicknamed the" american chameleon " (although not related to the chameleon) the green Anolis can change color, ranging from Green to Brown and gray. There is also a blue variety.
Anolis is a species of lizard belonging to the family Polychrotidae. totaling about 400 species, Anolis is one of the most widespread amniotic species. The green Anolis (Anolis carolinesis) became the first reptile to have its genome segmented.
Anolis lizards are the best example of adaptive radiation and convergent evolution. Lizard populations on isolated islands tend to occupy new living environments usually in forest vegetation(such as tree crowns, trunks, or hollows).
These habitat divergences are caused by morphological changes. in addition, these habits are repeated on numerous islands, along with animals from similar habitats converging to morphologically diverse forms.
This demonstrates that adaptive radiation can be predicted based on the habitat encountered, and experimental introductions to Lizard-free islands have shown that anolis evolution can be predicted.
The green Anolis of the southern United States of America is a small lizard, capable of several things: it can catch a fly, fight rivals, shelter, mate or lay eggs.
All these activities are useful for the animal, if he knows how to set priorities correctly.
Feeding Lizard Anolis
Like any lizard in the diet of an anolis there is no shortage of insects and sometimes some plants.
Features Lizard Anolis
It has an elongated body and muzzle, a long tail. It is distinguished by Pink extensible goiter (much more pronounced and more often used in males).
It grows to 15-25cm and lives 5-10 years.
If you want to grow one in a terrarium you should know that it is a difficult animal, it should not be handled often, and it is not recommended for beginners.
They may not adapt to life in captivity.
Reproduction Lizard Anolis
During the summer in South Carolina, sexually mature females meet sexually mature males. Usually, the male responds with a courtship display, in which he flaunts his chin and moves his head up and down over the female, which he touches with his chin.
If the female does not run away, the male will bite her by the neck, after which he arches his body so as to insert one of the two hemipenises into its cloaca. however, females often ignore the male's invitation.
Each accuplation requires between 5 and 20 minutes, during which time the female cannot do anything else. Females avoid unnecessary mating, they only mate when the eggs are mature, ready to be fertilized.
Green Anolis, like the sea slug, have mechanisms that monitor egg maturation and use this information to regulate their behavioral priorities. At anolis, only one egg matures at a time (in a period of 10-14 days).
When the egg is mature and the female is about to ovulate, she will become receptive; immediately after accupling, the female becomes unreceptive again for a week or two, during which time the new egg develops.
Who regulates the reproductive cycle in the female anolis? How does he know when to respond to the male's advances and when not to respond? The regulatory mechanisms that control receptivity are complex; but, as with the sea slug, hormone-nervous system interactions play an important role.
When an egg matures, cells in the ovary communicate hormonally with the brain, releasing two sex hormones(estrodiol and progesterone) into the bloodstream.
When these two hormones reach the target cells in the brain, they will cause the release of other pituitary hormones.
They go back to the ovaries, where they will help maintain the production of estrogen and progesterone.
This feedback eventually helps inhibit those neurons in the brain that react to the male's sexual stimuli.
It is not known exactly, but in the White Rat, estrogen activates hypothalamic neurons, where it binds receptor molecules in the cell nucleus.
This alters the production of proteins in the target cells, which causes the cell's electrical properties to change, and ultimately changes responsiveness to stimuli(the ability to respond to stimuli).
If something similar happens in Anolis at the time of ovulation, the hormones alter the receptivity of a part of the female's brain, causing her to arch the back of her neck when she sees the male's flapping goiter.
It can be experimentally proven the importance of hormones (estrogen and progesterone) in controlling female receptivity through oophorectomy.
These females will never respond sexually to courtship unless they receive injections of those hormones(a dose of estradiol, followed by a 24-hour dose of progesterone).
Almost all injected females will be ready for mating, despite the lack of matured eggs.